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A computational method has been proposed to predict the interactions between free-surface flows and elastic bodies included in the flows. A solid model, whose deformations due to fluid forces are solved with a finite element method, is introduced into the MICS, a computational method for incompressible multiphase fields. A solid object included in the flows is divided into multiple tetrahedron elements, through which fluid-solid interactions are taken into account using a tetrahedron sub-cell method. The developed computational method was applied to the experimental results, which were obtained in an accelerated tank with elastic plates. As a result, the validity of the prediction method was confirmed.

3D NUMERICAL PREDICTION FOR INTERACTION BETWEEN FREE-SURFACE FLOWS AND ELASTIC BODIES WITH MICS AND FINITE ELEMENT METHOD